- Designed, built, and tested robust, distributed, and secure application software for new flight computers on the V-22 Tiltrotor.- Authored software and hardware requirements, and defined interface specifications.- Developed high-performance software in C by hand, and generated C code using Simulink and Python.- Established development processes, reviewed peer work, and mentored junior engineers.- Led testing efforts using hardware-in-the-loop and simulation-based testing.-… Show more - Designed, built, and tested robust, distributed, and secure application software for new flight computers on the V-22 Tiltrotor.- Authored software and hardware requirements, and defined interface specifications.- Developed high-performance software in C by hand, and generated C code using Simulink and Python.- Established development processes, reviewed peer work, and mentored junior engineers.- Led testing efforts using hardware-in-the-loop and simulation-based testing.- Collaborated with customers and vendors to resolve technical issues.- Spearheaded the improvement and maintenance of development environments, streamlining workflows across multiple teams.- Built software tools using languages such as Python, Bash, and MATLAB.- Enhanced CI/CD pipelines in GitLab to optimize development.- Worked in a cross-time-zone Agile (Scrum) environment with tools like Jira, Confluence, Git, Bitbucket, and GitLab. Show less

• Perform integration and testing activities for the CH-47's avionics and flight controls systems. • Create automated tests for the digital flight control system.• Design and lead tests for the avionics software and hardware.• Create software test tools to improve the Hardware-In-the-Loop testing in the lab. • Collaborate with suppliers, as well as customers and government officials.

•Responsible for analyzing data using Python, pandas and scikit-learn, providing key research findings to aid in the creation of next generation display technology•Discovered new ways to machine next generation fiber optic connectors using cameras and stepper motors•Collaborated with colleagues across a variety of disciplines, and effectively communicated research findings to both experts and non-experts-via Pro Unlimited

•Increased efficiency of data collection by creating a Mathematica package that uses images to profile laser beams•Performed nonlinear model fitting on downsampled image data, and optimized the Mathematica package’s run time•Wrote detailed and interactive documentation to aid future users of the package